DBTLAP
DBTLAP CMOS RTC Battery for Toshiba Satellite L675-S7018
Lithium CMOS RTC battery restores BIOS clock and settings on Satellite L675-S7018 motherboards
- Battery TypeLithium
- Keeps system clock accurate with lithium CMOS battery
- Direct replacement for Toshiba Satellite L675-S7018 motherboard
- Pre-tested unit ensures reliable BIOS settings retention
- New lithium cell restores date and time after power loss
- Single battery included for straightforward motherboard installation
Product Identity
The DBTLAP CMOS RTC battery is a direct replacement for the Toshiba Satellite L675-S7018 laptop motherboard. It restores the real-time clock and BIOS settings when the original cell is exhausted or damaged.
Thermals and Power
The lithium cell operates at very low current draw and produces no measurable heat during normal use. It is completely silent and places no additional load on the laptop power system.
Build Integration
The battery fits the motherboard CMOS socket without modification and requires no extra cables or adapters. It frees the system from CMOS checksum errors and time loss on every cold boot.
Highlights
- Keeps system clock accurate with lithium CMOS battery
- Direct replacement for Toshiba Satellite L675-S7018 motherboard
- Pre-tested unit ensures reliable BIOS settings retention
- New lithium cell restores date and time after power loss
- Single battery included for straightforward motherboard installation
Specifications
| Battery Type | Lithium |
|---|
Questions about this item
How do I install this CMOS RTC battery in my Toshiba Satellite L675-S7018, and what step is often missed?
Remove the old cell from the motherboard header, match the plug orientation exactly, and press the new connector in until it clicks; the step often missed is forgetting to reconnect the main battery before testing the clock.
What maintenance or replacement will this lithium CMOS battery need later?
The lithium cell typically lasts several years; when the system clock drifts or BIOS settings reset at each boot, simply swap in another identical replacement unit.
What limit appears first under sustained use of this CMOS battery?
The gradual voltage drop of the lithium chemistry eventually falls below the threshold needed to keep the real-time clock and CMOS memory powered.
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